RT @Cell_Metabolism: And Soto-Gutierrez and colleagues have engineered SIRT1 expression in human iPSC-derived livers to model human fatty l…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @Cell_Metabolism: And Soto-Gutierrez and colleagues have engineered SIRT1 expression in human iPSC-derived livers to model human fatty l…
RT @Cell_Metabolism: And Soto-Gutierrez and colleagues have engineered SIRT1 expression in human iPSC-derived livers to model human fatty l…
RT @Cell_Metabolism: And Soto-Gutierrez and colleagues have engineered SIRT1 expression in human iPSC-derived livers to model human fatty l…
RT @Cell_Metabolism: And Soto-Gutierrez and colleagues have engineered SIRT1 expression in human iPSC-derived livers to model human fatty l…
RT @Cell_Metabolism: And Soto-Gutierrez and colleagues have engineered SIRT1 expression in human iPSC-derived livers to model human fatty l…
RT @Cell_Metabolism: And Soto-Gutierrez and colleagues have engineered SIRT1 expression in human iPSC-derived livers to model human fatty l…
RT @Cell_Metabolism: And Soto-Gutierrez and colleagues have engineered SIRT1 expression in human iPSC-derived livers to model human fatty l…
RT @Cell_Metabolism: And Soto-Gutierrez and colleagues have engineered SIRT1 expression in human iPSC-derived livers to model human fatty l…
RT @Cell_Metabolism: And Soto-Gutierrez and colleagues have engineered SIRT1 expression in human iPSC-derived livers to model human fatty l…
RT @Cell_Metabolism: And Soto-Gutierrez and colleagues have engineered SIRT1 expression in human iPSC-derived livers to model human fatty l…
RT @Cell_Metabolism: And Soto-Gutierrez and colleagues have engineered SIRT1 expression in human iPSC-derived livers to model human fatty l…
And Soto-Gutierrez and colleagues have engineered SIRT1 expression in human iPSC-derived livers to model human fatty liver disease. https://t.co/2ZSPlso5Vr https://t.co/Fev6G8TdUq
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
SIRT1 downregulation induced increased lipid peroxidation, inflammation and macrovesicular steatosis. SIRT1-deficient iPSC-derived hepatocytes can be a model of early-stage NASH. [Cell Metab. 2019] [human] https://t.co/vuLq1fT5MR Generation of Human Fatty
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @yamagatm3: 元論文 https://t.co/KFwwA2yams
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
A new article from @NatGeo features research done on mini-livers using SIRION's Lentivirus particles. Michael Salomon, VP, R&D at @sirionbiotechmu is listed as an author on the research, published in Cell Metabolism. #genetherapy https://t.co/guEBVkZEz
RT @sirionbiotechmu: @NatGeo features the research of Alejandro Soto-Gutierrez on mini-livers using SIRION's Lentivirus particles. Congrats…
@NatGeo features the research of Alejandro Soto-Gutierrez on mini-livers using SIRION's Lentivirus particles. Congrats to Michael Salomon, VP, R&D, listed as an author, published in Cell Metabolism. #celltherapy #genetherapy https://t.co/oUm1mjtaws htt
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @Adipolab: Generation of Human Fatty Livers Using Custom-Engineered Induced Pluripotent Stem Cells with Modifiable SIRT1 Metabolism http…
Generation of human fatty livers using custom-engineered induced pluripotent #StemCells with modifiable SIRT1 metabolism. @PittTweet https://t.co/5SBStcyIQT
RT @Metabbot: Generation of Human Fatty Livers Using Custom-Engineered Induced Pluripotent Stem Cells with Modifiable SIRT1 Metabolism. Cel…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
Generation of Human Fatty Livers Using Custom-Engineered Induced Pluripotent Stem Cells with Modifiable SIRT1 Metabolism #NAFLD @Cell_Metabolism https://t.co/71qpmEP74e
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
Generation of Human Fatty Livers Using Custom-Engineered Induced Pluripotent Stem Cells with Modifiable SIRT1 Metabolism. Cell Metab #metabolomics https://t.co/BssIb3kILM
Generation of Human Fatty Livers Using Custom-Engineered Induced Pluripotent Stem Cells with Modifiable SIRT1 Metabolism https://t.co/ZjM5mTkAiK
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
Modeling NASH with a SIRT1- inducible, iPSC-derived human liver 😮 https://t.co/m1dU6LJY6a
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @yopparai_chmist: ヒト幹細胞を用いて遺伝子組み換えミニチュア肝臓を成長させ、臨床試験で脂肪肝疾患の有望な薬剤が失敗した理由を示したという報告(Cell) 新薬の評価にも使えます 臨床の成功確率を上げ、動物の使用も減らしうる素晴らしい研究ですね! h…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @organoidscience: Hepatic #organoids were briefly used in this @Cell_Metabolism paper. @PittTweet & @UMich researchers, including @DNagr…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
It’s #Stemcells and #geneediting again this time Edited human iPSCs controlling SIRT1 expression And modeling human fatty liver in rat liver —genetically engineered human mini liver— from UPMC https://t.co/FshzwsAvCl https://t.co/d0qLz6L21O
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
Engineering fatty livers https://t.co/3EsAEebg9p
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
Hepatic #organoids were briefly used in this @Cell_Metabolism paper. @PittTweet & @UMich researchers, including @DNagrathLab, found that increased fatty acid biosynthesis exacerbates fat accumulation. https://t.co/5fHPNui0OK https://t.co/p6l2MjxDjv
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…
RT @ajitjohnson_n: Using human stem cells, researchers grew genetically engineered miniature livers in the lab and demonstrate why a promis…